View clinical trials related to Severe Acute Malnutrition.
Filter by:Retrospective analysis of routine program data of children aged 6 to 59 months admitted to the MSF therapeutic feeding program with MUAC ≤ 118 mm in Yako and Titao districts of Burkina Faso from 2007-2011.
This study will be conducted as a stratified cluster randomized trial. The unit of randomization will be the outpatient therapeutic feeding center. The 10 health centers will be stratified by size, and centers within a stratum will be randomized in a 1:1 ratio to one of two schedules of treatment: (1) standard weekly visits or (2) monthly visits with support for home-based surveillance.
An appropriate balance of omega-6 and omega-3 fatty acids is important for support of neurocognitive development in healthy infants and toddlers. In young children recovering from severe acute malnutrition (SAM), excess omega-6 intake depletes omega-3 fatty acid status. This research will evaluate how novel ready-to-use therapeutic foods (RUTF) with balanced fatty acids improve the metabolic and neurocognitive effects in young children in Malawi recovering from SAM, yielding new knowledge that also has implications for development of well-nourished children.
HYPOTHESIS: Investigators hypothesize that by provision of care at household level in a community through lady health workers will as effective (recovery rate, burden of SAM, cost effective, coverage) as through health care providers at facility level. OBJECTIVES 1. To evaluate the effectiveness (rate of recovery, burden & coverage), of SAM standard management of children 06-59 months delivered at household level by first level health care providers (Lady health workers) compared with the standard CMAM program delivered at health facility by Govt./ACF staff. 2. To evaluate the cost effectiveness of treatment of SAM provided by LHWs at community level versus treatment delivered at health facility by Govt/ACF staff. STUDY DESIGN: Cluster randomized controlled trial SAMPLE SIZE & RANDOMIZATION: Investigators took 6% prevalence to calculate the sample size with an expected reduction of 20%. A sample size of 3 clusters per group with 150 individuals per cluster is needed. STUDY METHODOLOGY Intervention (Group A): LHWs will identify and treat all cases of severe acute malnutrition (SAM) as per the study eligibility criteria (MUAC < 11.5 cm) and manage all cases of SAM without complications at home following the national CMAM guidelines. Control (Group B): LHWs will identify SAM as per the CMAM guidelines (MUAC < 11.5 cm) and will refer all cases to the health facility (ACF) for further management and counselling by health workers at facility.
Community-based management of severe acute malnutrition (SAM) has been shown to be safe and cost-effective, but program coverage remains low. New treatment models that maintain high levels of clinical effectiveness but allow for increased coverage are still needed. A reduced schedule of follow-up, in which children receive clinical follow-up and therapeutic foods on a monthly rather than weekly or biweekly basis, may be one alternative. This study aims to describe the safety and feasibility of a monthly distribution of ready-to-use therapeutic food in the treatment of uncomplicated SAM, in terms of clinical response to treatment and household ready-to-use therapeutic food (RUTF) utilization. This is a non-randomized pilot intervention study in which 115 children eligible for the outpatient treatment of SAM were provided a monthly ration of RUTF. Anthropometric measurements were taken on a weekly basis for 4 weeks to monitor treatment response defined as weight gain, (mid-upper arm circumference) MUAC gain, weight loss > 5%, and the development of edema. Unannounced household spot checks were conducted over 4 weeks to assess household utilization of RUTF and storage practices.
The overall objective of the research is to assess the long-term and cost-effectiveness of a combined nutrition psychosocial intervention to a stand-alone nutritional treatment of children with Severe Acute Malnutrition (SAM) aged 6 to 24 months in the Saptari District of Nepal.
Children with complicated severe acute malnutrition (SAM), such as inability to take adequate feeds, infection and diarrhoea, require in-patient management. Despite following a well-established World Health Organisation (WHO) protocol, outcomes are poor. Case fatality often exceeds 20%. Amongst survivors discharged home, many subsequently die, have long-term poor growth or recurrence of SAM. It has long been recognized that children with SAM have intestinal inflammation and that this persists despite management according to WHO guidelines. The inflammation is thought to result from increased exposure to microbial pathogens in the gut in areas with poor sanitation. The damaged lining of the intestine impairs food digestion and absorption, likely allows gut bacteria to enter the blood stream to cause sepsis and also exposes the gut immune cells to microbial and food antigens causing the inflammation to persist. Failure to treat the intestinal inflammation is likely to contribute to the poor response to treatment and poor long-term outcomes in many children with SAM. The intestinal inflammation seen in SAM is very similar to that which occurs in food intolerance (e.g. intolerance to cow's milk protein) and inflammatory bowel disease. In these conditions, the inflammation is treated very effectively with hypoallergenic ("elemental") and anti-inflammatory ("polymeric") formulas. These are nutritionally complete feeds that have a similar composition to the feeds used for nutritional rehabilitation in SAM. We aim to undertake a pilot study to see if an elemental and/or polymeric formula are tolerated by children with SAM and help to reduce intestinal inflammation. We also aim to learn more about the intestinal inflammation in general that occurs in SAM by observing carefully the effect of these specific formulae and to do in-depth metabolic analyses.
The investigators hypothesize that the absorption of topically applied EFA-containing emollient (SSO) into the skin and thence into the bloodstream in children with SAM will improve skin barrier function and accelerate weight gain and clinical rehabilitation beyond that possible through normal standard-of-care
The general objective of the study is to answer to the question: "Is the current dose of AL less efficacious in the severely malnourished compared to the non-severely malnourished children, and is PK in cause?" We aim to assess whether the current treatment dose is adequate for children with severe acute malnutrition, and we hope results will guide further recommendations for malaria treatment in this specific population.
Around 0.5 million under-five children are currently suffering from severe acute malnutrition (SAM) in Bangladesh and are at risk of death. Children with SAM and complications should be treated in a health care facility. It is imperative, however, to manage children with SAM but without any complications in the community. This requires a ready-to-use-therapeutic food (RUTF) that conforms to standard recommendations on its composition. The prototype RUTF is peanut based, made outside Bangladesh, and has to be imported. By developing a RUTF using local food ingredients, test it for acceptability and efficacy in the treatment of children with SAM, hopefully make the treatment of SAM cost-effective and sustainable. Hypothesis: Does the locally developed ready-to-use-therapeutic foods (RUTFs) demonstrate similar or better acceptability and efficacy in the treatment of children suffering from severe acute malnutrition (SAM) when compared to the prototype RUTF (Plumpynut)?